a simply perfect network. OptiCal networks Ed

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1 a simply perfect network. OptiCal networks Ed

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3 description page XFP Headend System O XFP Modular optical platform based on XFP 4 O XFP XFP System - Chassis 5 OT XFP XFP Transmitter 7 OA XFP XFP Optical Fiber Amplifier 11 SFP Headend System O SFP Modular optical platform based on SFP 13 O SFP SFP System - Chassis 13 OR SFP SFP Return-Path Receiver 14 Multi Port Optical Amplifier OA Erbium Doped Fiber Amplifier with up to 16 outputs 18 Optical Nodes product Overview Optical Nodes 20 ONH RFoG Micro Node (SDU) 22 ONB Mini Fibre Node (MDU) 26 ONC Medium Fibre Node for HFC/FTTX 29 BK and SAT Networks Modernization OCH Overview Optical Compact Headend 33 OTC Optical BK/SAT-IF Transmitter 34 ORC Optical BK/SAT-IF Receiver 35 Optical Repeater O-MISO Optical Repeater 36 O-MISO Optical Outdoor Repeater 38 O-MISO Optical Outdoor O-MISO 39 O-MISO Optical Outdoor O-MISO RF / Inverted Node 41 Accessoires OCP-SC Optical PLC Splitter 43 OWDM-SC Optical Wavelength Division Multiplexer 44 OPTOPAD Optical OMI Measuring Device OptoPAD 45 OMPC Optical Fibre Patch Cord 46 OATN Optical Attenuator 47 pi power Inserter 47 OTB OTB FTTH Cover 48 Optical Systems 3

4 XFP headend system O XFP Series at a glance O XFP Chassis - optical Transmitter OT XFP pluggable Modules Broadcast OT XFP pluggable Modules Narrowcast OA XFP pluggable Modules optical amplifier External modulated transmitter 1550nm External modulated transmitter, tunable wavelength DWDM Optical amplifier module +17 m, all DWDM wavelengths O XFP Chassis OT XFP H OT XFP H OT XFP OT XFP DWDM OT XFP DWDM-8 OT XFP DWDM-F OT XFP DWDM-F ITU 27 OT XFP DWDM-F ITU 29 OT XFP DWDM-F ITU 31 OT XFP DWDM-F ITU 33 OT XFP DWDM-F ITU 35 OT XFP DWDM-F ITU 37 OT XFP DWDM-F ITU 39 OT XFP DWDM-F ITU 41 OA XFP 13 OA XFP 17 Item No Description Chassis, XFP-RF Transmitter, 1RU, 10 XFP-HF ports XFP-RF pluggable TX-Module, Broadcast 1,56µm, 1,2GHz, +4m, SBS 17 m XFP-RF pluggable TX-Module, Broadcast 1,56µm, 1,2GHz, +5m, SBS 20 m XFP-RF pluggable TX-Module, Broadcast 1,56µm, 1,2GHz, +7m, SBS 14 m XFP-RF pluggable TX-Module, tunable wavelength, QAM, +1,2GHz, +5 m, 43 DWDM XFP-RF pluggable TX-Module, 8 tunable wavelengths, QAM, +1,2GHz, +6 m, 8 DWDM XFP-RF pluggable TX-Module, fixed wavelength, selectable between ITU 18 - ITU 60, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 27, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 29, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 31, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 33, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 35, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 37, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 39, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 41, +1.2GHz, +5 m XFP-RF pluggable EDFA-Module, 13 m XFP-RF pluggable EDFA-Module, 17 m 4

5 XFP System O XFP Chassis Product features ll High-Density: 10 ports for 10 XFP-RF transmitters in 1 RU chassis ll Individual configuration of OMI, RF amplification, operating mode and SBS status for each of the 10 modules ll Energy Efficient: maximally 5W per module ll User-friendly web browser interface to set up and configure transmitters ll 10 x 75 Ω RF inputs on the rear of the chassis ll Two physically separated Ethernet SNMP ports on front and rear ll USB port for future interface applications ll Option for single or dual power supplies; AC and DC ll Field-Replaceable Cooling Fan ll Mounts into standard 19- inch racks ll Complies with the SCTE HMS HE Optics Management Information Base (MIB) Specifications ll Power supply unit not included in delivery, needs to be ordered separately Less space - more vision Applications ll 50 MHz to 1218 MHz RF- over Fiber applications ll C- and L-Band Transport and Distribution ll All-Digital QAM networks ll Standard HFC- and RFoG networks ll DOCSIS 3.1 compatible ll Broadcast and Narrowcast services The DELTA XFP Chassis is specifically designed around the new XFP transmitter module. The reduction of rack-spacing and power consumption in the headend is more than half in comparison to today`s technologies. Up to 10 XFP-Modules can be deployed in this 1 rack unit high chassis and consume less than 60 W together. The chassis can be powered with either one AC power supply or one DC power supply in the rear of the chassis. For redundancy, a second power supply can be utilized. For complete powering redundancy in headends or hubs, one AC power supply combined with one DC power supply can be used. Optical Systems An embedded web server in the chassis allows transmitter modules to be configured with a user-friendly graphical interface through one of the two Ethernet SNMP ports. An element management system can remotely monitor and control the transmitter modules by connecting the chassis to an IP network. O XFP Chassis OT XFP PS-AC OT XFP PS-DC Item No Description Chassis, XFP-RF transmitter, 1RU, 10 XFP-RF ports Power supply, AC V Power supply, DC V 5

6 XFP headend system technical specifications KEY ADVANTAGES ll High Density: 10 transmitters per rack-unit ll Power consumption per transmitter less than 5W ll Redundant powering capability ll User-friendly web browser configuration tool RF Bandwidth RF Input level RF Flatness Return loss CSO/ CTB Link noise figure RF Input connection RF Test point Dimensions Operating Temperature Range Storage Temperature Range Power Consumption Communications interfaces Indicators AC Power Supply DC Power Supply XFP Chassis 50 MHz to 1.2 GHz 80 µv +/- 1.5 >18 >60 <20 standard F-connector, 75 Ω Available for each Tx-Module 300 mm (W) x 483 mm (D) x 43.6 mm (H) 0 C - 50 C -40 C - 85 C 60 Watts, max. (with 10 XFP modules) Ethernet SNMP, RJ-45 on front panel Ethernet SNMP, RJ-45 on rear panel USB port on front panel (future use) LED for each transmitter port(10) Summary LED`s for chassis and power supply status Vrms, auto-sensing; Hz Vdc 6

7 1.2 GHz O XFP Transmitter Product features ll DOCSIS 3.1 compatible with operating bandwidth up to 1218 MHz ll Mechanical dimensions compliant with 10 Gigabit Small Form Factor (XFP) host-system ll Externally modulated, no dispersion compensation required ll Transmission of up to 79 analogue plus 75 QAM channels ll Link distance of up to 35 km without optical amplification ll Transmitter version with +7 m and +4 m Optical Output Power ll LC/APC optical connection ll Power consumption < 3.5W ll Built- in digital diagnostic functions ll Compliant with SCTE Applications ll Hybrid Fiber Coaxial (HFC) cable access networks ll Transmission of broadcast services ll RFoG technology Delta`s XFP Transmitter is a pluggable optical module that is compliant with SCTE interface specifications. The external modulated XFP transmitter is in a very small package. It can be fully loaded with 79 analogue AM-VSB channels plus 75 Digital QAM channels. The small XFP module significantly increases the density and reduces power consumption for downstream transmitter which can be integrated into today`s Hybrid-Fiber Coaxial (HFC) optical platforms and tomorrow`s broadband infrastructure equipment. The OT XFP transmitter modules can complement or replace today`s legacy 1310 nm and 1550 nm broadcast transmitters. Since the wavelength is at 1550 nm, the optical signal can be multiplexed with a legacy 1310 nm optical signal to cost-effectively double the capacity of the fiber to the nodes. Due to lower fiber loss at 1550 nm, the 7 m transmitter can transport signals to a node over fiber up to 35 km regardless of optical dispersion thanks to the modern integrated external modulation technology. Even further distances can be bridged with an additional standard optical amplifier EDFA. Optical Systems OT XFP H OT XFP H OT XFP Item No Description XFP-RF Pluggable TX-Module, Broadcast 1550 nm, 1.2GHz, +4m, SBS 17 m XFP-RF Pluggable TX-Module, Broadcast 1550 nm, 1.2GHz, +5m, SBS 20 m XFP-RF Pluggable TX-Module, Broadcast 1550 nm, 1.2GHz, +7m, SBS 14 m 7

8 XFP headend system technical specifications Power Supply +3.3 V Voltage, Analog +3.3 V Voltage, Digital +5 V Voltage -5.2 V Voltage Supply Current Vcc3 supply Supply Current Vcc5 supply Supply Current Vee5 supply Module total power dissipation RF Composite RF Input Level Input differential impedance Transmit Disable Voltage Transmit Enable Voltage RF Bandwith RF Flatness, peak to peak MHz MHz RF Input Return Loss, MHz Optical Output Opt. Pwr: 9/125 SMF OT XFP Optical Wavelength Range SBS Supression through 20 km of fiber through 65 km of fiber V V V V ma ma ma W µv Ω V V MHz m nm m m Symbol Min. Typ. Max. Ref. VCC3_ANALOG VCC3_DIGITAL VCC5 VEE5 Icc3 Icc5 Iee5 P RF in R in V D V EN P OUT GND 50 Vcc GND Notes: 1. maximum total power value is specifield across the full temperature and voltage range 2. after internal AC coupling 3. Or open circuit 4. VCC2 (+1.8 V) is not implemented from the XFP MSA Specification 5. sbs suppression measured with the following link: transmitter through EDFA, launch power of +14 m, 20 km of fiber, 0 m input power into receiver 6. sbs suppression measured with the following link: transmitter through EDFA, launch power of +13 m, 65 km of fiber, 0 m input power into receiver. SBS suppression up to 20 m is possible 8

9 wavelength tunable 1.2 GHz ot xfp dwdm Transmitter O XFP DWDM Product features ll DOCSIS 3.1 compatible with operating bandwidth up to 1218 MHz ll Mechanical dimensions compliant with 10 Gigabit Small Form Factor (XFP) host-system ll All-Digital 256 QAM loading up to 154 carriers ll Externally modulated, no dispersion compensation required ll Wavelength-Tunability across entire C-band at 100 GHz spacing ll Link distances up to 60 km ll LC/APC optical connection ll Power consumption < 3.5 W ll Built-in digital diagnostic functions ll Compliant with SCTE Applications ll Hybrid Fiber Coaxial (HFC) cable access networks ll 1550 nm Broadcast with DWDM Narrowcast overlay architectures ll All-Digital QAM networks The DELTA XFP Transmitter is a pluggable optical module that is compliant with SCTE interface specifications. The external modulated XFP transmitter is in a very small package. It can be fully loaded with 154 digital QAM channels. The small XFP module significantly increases the density and reduces power consumption for downstream transmitter which can be integrated into today`s Hybrid-Fiber Coaxial (HFC) optical platforms and tomorrow`s broadband infrastructure equipment. The wavelength of the transmitter can be tuned by the user within 500 ms. Each DWDM wavelength within the C-band can be selected. This increases operational efficiencies in deploying DWDM networks and reduces inventory of transmitters at different fixed wavelengths. Wavelength-Tunability also opens the possibility of novel HFC architectures that can dynamically route services and increases bandwidth capacity in the cable operator`s access network. Optical Systems OT XFP DWDM OT XFP DWDM-8 OT XFP DWDM-F OT XFP DWDM-F ITU 27 OT XFP DWDM-F ITU 29 OT XFP DWDM-F ITU 31 OT XFP DWDM-F ITU 33 OT XFP DWDM-F ITU 35 OT XFP DWDM-F ITU 37 OT XFP DWDM-F ITU 39 OT XFP DWDM-F ITU 41 Item No Description XFP-RF Pluggable TX-Module, Wavelength-Tunable, QAM, +1.2GHz, +5 m, 43 DWDM XFP-RF Pluggable TX-Module, Wavelength-Tunable, QAM, +1.2GHz, +7 m, 8 DWDM XFP-RF Pluggable TX-Module, selectable wavelengths between ITU18 - ITU 60, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 27, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 29, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 31, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 33, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 35, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 37, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 39, +1.2GHz, +5 m XFP-RF Pluggable TX-Module, fixed wavelength ITU 41, +1.2GHz, +5 m 9

10 XFP headend system technical specifications Symbol Min. Typ. Max. Ref. Power Supply +3.3 V Voltage Analog +3.3 V Voltage, Digital +5 V Voltage -5.2 V Voltage Supply Current Vcc3 supply Supply Current Vcc5 supply Supply Current Vee5 supply Module total power dissipation RF Composite RF Input Level Input differential impedance Transmit Disable Voltage Transmit Enable Voltage RF Bandwidth RF Flatness, peak to peak MHz MHz RF Input Loss, MHz Optical Optical Output Power 9/125 SMF Optical Wavelength Range Optical Wavelength Spacing Transmitter Center Wavelength Beginning of Life Transmitter Center Wavelength End of Life Wavelength Tuning Time SBS Suppression V V V V ma ma ma W VCC3_ANALOG VCC3_DIGITAL VCC5 VEE5 Icc3 Icc5 Iee5 P µv Ω V V MHz m Nm GHz Pm Pm seconds m RF in R in V D V EN P OUT λ λ 105,75 108,75 111, GND 50 Vcc GND X-25 X X X 0.5 X+25 X Notes: 1. maximum total power value is specified across the full temperature and voltage range 2. after internal AC coupling 3. Or open circuit 4. VCC2 (+1.8 V) is not implemented from the XFP MSA Specification 5. corresponds to approximately 0.8 nm 6. X= Specified ITU Grid Wavelength. Wavelength stability is achieved within 10 seconds of power up 7. sbs suppression measured with the following link: XFP-Transmitter, EDFA, launch power of +14 m, 20 km of fiber, 0 m input power into receiver. Transmitter loaded with 153 channels of QAM. SBS dither is enabled on the transmitter 10

11 optical fiber amplifier OA XFP DWDM Product features ll DOCSIS 3.1 compatible ll Mechanical dimensions compliant with 10 Gigabit Small Form Factor (XFP) host-system ll 980nm pump laser module ll High output power up to 17 m ll APC (automatic power control) and FLS (forced laser shutdown) ll LVTTL alarm ll Low power consumption ll Compatible with SCTE Applications ll Compatible with DELTAs XFP Chassis ll Optimized for using in connection with OT XFP DWDM ll Broadcast and narrowcast application ll Narrowband amplification in C-band ll Amplification of DWDM-wavelengths in DWDM-networks due to integrated gain equalizer The small, pluggable OA XFP DWDM is a full-functioning EDFA module with control circuitry packaged inside. It is totally compatible with the OPTO XFP Chassis in respect of size and pin-map. Due to the small size and easy installation, the OA XFP DWDM is designed for single wavelength applications in fibre optic communication systems in core networks, access networks or CATV networks. The OA XFP DWDM provides very stable output power of up to 17m and a noise figure of 6 in C-band over a wide operating temperature range. Over I²C all of the alarm-parameters such as output alarm, bias current, temperature and power supply can be analysed. Optical Systems OA XFP 13 OA XFP 17 Item No Description XFP EDFA module, 13m optical ouput power, amplification of all DWDM wavelengths XFP EDFA XFP EDFA module, 17m optical ouput power, amplification of all DWDM wavelengths XFP EDFA 11

12 XFP headend system technical specifications Symbol Min. Typ. Max. Ref. Electrical & Environmental +3.3 V Voltage Supply Current VCC3 supply V ma VCC3 ICC Module total power dissipation W P Opterating case temperature Storage temperature Storage humidity Optical C C % R.H Nominal Optical Output Power P OUT OA XFP 13 OA XFP 17 Optical Output Power Adjustment Range m m m m ,4 3,4 2,4 3,4 5 Multi Wavelength Gain Flatness GF Noise Figure NF Optical Isolation Return loss Optical interface ISO RL LC / APC Notes: 1. maximum total power value is specified across the full temperature and voltage range. 2. minimum optical input of 0 m at wavelength of 1555 nm. Operating at maximum output power. 3. Minimum optical input of -5 m at wavelength from nm to nm. 4. Optical amplifier is controlled using Constant Output Power mode which maintains fixed output power regardless of optical input power. 5. Optical output power is adjustable. 6. Peak-to-peak for multiple wavelength signals from nm to nm. For OA XFP 17, optical input at m and optical output at m. For OA XFP 13, optical input at m amd optical output at 13.0 m. 7. Optical input power of m. Optical wavelength = 1555 nm. Room temperature. 12

13 O SFP Series at a glance O SFP Chassis RFoG SFP Return-Rath Receiver HFC SFP Return-Rath Receiver Item No. Description O SFP Chassis Chassis, SFP OR SFP H OR SFP L SFP System O SFP Chassis HFC SFP Return-Path Receiver RFoG SFP Return-Path Receiver Optical Systems Product features ll High-Density: up to 10 SFP modules (20 Rx) in 1RU chassis ll Energy Efficient: less than 1.5 W per Return-Path Receiver ll 20x75 Ω MCX RF outputs on the rear panel ll Fit into 19 Rack/ Fiber-to-the-curb street cabinet (FTTC) ll Hot-pluggable redundant power supply AD/DC ll Ethernet SNMP port on the rear panel ll USB-port for firmware update ll User-friendly GUI to monitor and configure the plugged-in modules ll Field-Replaceable Cooling Fan ll Power supply needs to be ordered separately Applications ll DOCSIS 3.1 compatible ll Headend/Street cabinet equipment ll Full DOCSIS upstream range coverage 5 to 204 MHz Key Advantages ll DOCSIS 3.1 ll Power consumption per receiver less than 1.5 W ll HFC / RFoG networks compatible The DELTA SFP Chassis enables the operator to pack 20 Return-Path Receivers in one 1RU chassis. The Chassis can be installed into the 19 Rack or in a telecom street cabinet. 10-SFP modules can inserted into the Chassis simultaneously that support RFoG/HFC network. The redundant power supply in the Chassis makes a smooth power switching in case of a power outage. The power supply can be provided in AC/AC, AC/DC, and DC/DC options. This gives a complete power redundancy solution in Headends or Hubs. The embedded web server allows monitoring and controlling each SFP receiver. The chassis can be connected to the internal network using the Ethernet port. 13

14 SFP headend system RFoG / HFC SFP return - path receiver Product features ll DOCSIS 3.1 upstream compatible with operating bandwidth up to 204 MHz ll Mechanical dimensions compliant with Small Form Factor (SFP) host-system ll Automatic (AGC) and manual (MGC) RF level control ll 1260nm to 1620nm wavelength range ll LC/APC Receptacle Interface with Low Back Reflection ll User-friendly I2C Communication Interface ll Power consumption < 1.5 W Applications ll RFoG / HFC / D-PON upstream return-path receiver ll Legacy HFC Optoelectronic Nodes ll CCAP (Converged Cable Access Platform) The DELTA SFP module is a compact two optical return-path receiver module. The SFP has a very low power consumption, and it is compatible to DOCSIS 3.1 upstream. The module enhances the density and reduces the power consumption of a complete system for upstream applications. The low power range SFP module is used for RFoG applications. The high power range SFP module is used for HFC applications. The detection optical wavelength range is from 1260 to 1620 nm. The automatic level control allows controlling the RF output power, which is compatible to CMTS RF power requirements. 14

15 RFoG FTTH HFC FTTH RF RF Bandwidth RF output level RF output stability Attentuator RF flatness RF impedance RF isolation RF return loss RF connectors Discrete Second Order (DSO) disortion Discrete Third Order (DSO) disortion Output RF variable gain control Optical Wavelength Optical inputs Equivalent input noise Input return loss US Connectors General 1 RU 19 chassis power supply SFP power consumption (2xRx) Operating temperature Storage temperature Dimensions Enclosure classification MHz µv Ω c c nm m pa/ Hz W C C mm -19 m, OMI = 8% ; 0.5 steps ± F female <3 45 LC/APC VAC (1st) and VDC (2nd) 1.2 / x x 43.6 IP m, OMI = 8% Optical Systems 15

16 XFP OVERVIEW Source Hub 16

17 User Distribution Network Koax Ouput Level 114 µv Optical Systems FTTH Network RF output level 110 µv New patented burst technology Low power consumption FTTB Network Various output level µv Selectable output by jumper Low power consumption 17

18 multi port optical amplifier Erbium doped fiber amplifier - edfa Applications ll Optical amplification for the wavelength of 1550nm ll Realization of vast HFC- and RFoG-networks ll Decentral signal distribution / amplification in FTTx / xpon-networks ll CATV-overlay in FTTx and xpon-networks product Features ll High optical output power of +18m or +21 m at each output port (other optical output levels on request) ll Up to 32 possible optical outputs ll Integrated optical isolation of the downstream wavelength of 1550 nm and all other possible wavelengths in upstream for the realization of standard-rfog, CWDM-RFoG- or GPON-networks ll Low insertion loss in DS&US and high isolation of DS&US (>50) ll Low noise figure ll Integrated micro controller and LCD ll Parameter-Display: input/output optical power, pump-bias, temperature and voltage ll Supports SNMP monitoring and WebGUI ll Redundant power supply ll 19, 1 HE Rack Unit type OA 1155-STANDARD - 18/19/21 item No. number of Optical output power GPON optimized* CWDM-RFoG* Rack outputs at each output (m) units OA OA OA OA OA w OA OA w OA OA w x x x x x x 2 18

19 TECHNIcal SPEcIFIcATIONs Performance M min. typ. max. Opt. input wavelength (λ) nm Optical input level m Optical output power (at each output) m Number of ports 1 32 Optical features Noise ratio Maximum gain 27 Polarization dependent loss Polarization dependent gain 0.5 Insertion loss (DS&US) (1550nm in DS, CWDM/ 1550 in US) Isolation DS/Us General features SNMP Network Management RJ 45 Power supply V AC Power input W 50 Operating temperature C Storage temperature C Relative humidity % Dimensions W x D x H 82 x 360 x 90 Weight kg 11.3 Optical Systems High Isolation between DS/US necessary. Example: Return receiver (Rx) Input power (m) Gain and isolation DS / US Optical DS performance at the input of the Upstream-Rx -9 m (noise) -29 m (noisefree) * All of the optical amplifiers can be delivered with a special filter for GPON, RFoG or CWDM-RFoG. All of the optical amplifiers are RFoG optimized, WebGui and SNMP suitable. 19

20 optical Nodes product overview optical nodes As a specialist for HFC- and RFoG-networks, DELTA Electronics offers a wide range of optical nodes. They are optimized for the individual applications at different locations. With the smallest optical nodes also a low number of users can be connected to the RFoG-network. Residential districts can be connected to the optical network with bigger nodes such as the ONB, ONC or ONS in a redundant concept. The decision for a certain optical node depends on several factors: ll Level of the maximum RF-loss after the optical node (passive splitters, length of coaxial cable, etc.) ll Number of fibers for down- and upstream ll Applied wavelength in both directions ll Operating mode of the laser (burst- or continuous-mode) ll Existing DOCSIS standard and DOCSIS operation in upstream (channel bonding) ll Preferred way of monitoring via FOSTRA-D (DOCSIS compliant) ll Remote-control with FOSTRA-F (new RFoG Standard): DS ON/OFF, Burst Mode ON/OFF, Ingress Detection Switch 0 / 6 / 45 ONC ONB (MDU) 114 µv GaAs 110 µv 80 µv ONH (SDU) 80 µv 96 µv 99 µv Micro Fibre Node Self-installation Node Mini Fibre Node Medium Fibre Node 20

21 product overview optical nodes accessories Item No. Description FOSTRA-F RLK RLK RLK 5200 VM 302 AM A AM B LPF 5-65 LPF 5-85 HPF 85-1 HPF pad 0 pad 1 pad 2 pad 3 pad 4 pad 5 pad 6 pad 7 pad 8 pad 9 pad 10 pad 11 pad 12 pad 13 pad 14 pad 15 pad 16 pad 17 pad 18 pad 19 pad FSK Receiver, Rx: 868 MHz Diplexer, 5-65 / MHz Diplexer, 5-85 / MHz Diplexer, / MHz Splitter, two-way, 4.5 Tap 10, Tap out Tap 10, Line out Low pass filter 5-65 MHz Low pass filter 5-85 MHz High pass filter MHz High pass filter MHz Attenuation PAD 0 Attenuation PAD 1 Attenuation PAD 2 Attenuation PAD 3 Attenuation PAD 4 Attenuation PAD 5 Attenuation PAD 6 Attenuation PAD 7 Attenuation PAD 8 Attenuation PAD 9 Attenuation PAD 10 Attenuation PAD 11 Attenuation PAD 12 Attenuation PAD 13 Attenuation PAD 14 Attenuation PAD 15 Attenuation PAD 16 Attenuation PAD 17 Attenuation PAD 18 Attenuation PAD 19 Attenuation PAD 20 Optical Systems 21

22 optical Nodes RFoG MICRO NODE Micronode for RFoG networks, FTTH/FTTB applications ll Extremely low noise optical receiver ll Constant RF output level at wide optical input power range ll OLC function based on optical input power ll Interstage attenuator and slope ll Optical input power indicator and monitoring LED s ll RF input and output test point ll Ultra Low noise DFB- laser with isolator in burst mode operation ll Internal WDM filter US/DS wavelength for RFoG applications ll Upstream available from 1270nm to 1610nm at CWDM grid to avoid OBI ll Remote controllable in DS & US due to FOSTRA-F receiver module ONH 12xx BSF-xx / ONH 1200 ONH 12xx BF-xx ONH 12xx B1F-xx Self- installation Node Description Optical Micro-Receiver, 1550nm, MHz, 96 µv RF-output level (without return path) DS: 1550nm US: CWDM 80 µv RF-output level DS: 1550nm US: CWDM 80/96 µv RF-output level DS: 1550nm US: CWDM 99 µv HF-output level 22

23 Applications Compact die-cast housing mm Weight kg Fibre connectors RF connectors Mains feeding V~/W Operating temperature C Adjustment elements Internal WDM (Tx / Rx) nm Optical wavelength nm Optical input power m Frequency range MHz Frequency response Monitoring Upstream Downstream Optical level control (OLC) m RF output level µv C/N c RF level attenuator RF slope Test point RF output Monitoring optical input m DFB-laser / optical power m Laser operation RF input dynamic range µv Frequency range MHz OMI per Channel RF input level attenuator HEC 1004 Controller FOSTRA F Control module ONH 12xx BSF-xx ONH 12xx BF-xx ONH 12xx B1F-xx 230 / < 4.6 FTTH, FTTB, DOCSIS-PON, RFoG 153 x 95 x 53 / IP 20, In-door 0.7 SC/APC F-female 230 / < , free convection pad and Jumper DS / US ± 0.75, max. ± (RF-output level ± 1 ) 80 ± 1 80/96 ± 1 (selectable) 99 ± m, OMI = 3.5 %, CTB,CSO > 60 c -3 m, OMI 4% (PAD, 1 steps) 0 / 4 / 5 (switchable by jumper ) -20 (F-female, external) Green LED on: input , flashing when > +2 3 Burst Mode (Laser Delay-Time 0,8 µsec) SCTE compliant ( Laser Min. input RF-Level 67 µv) µv (PAD, 1 steps), 0 / 10 Jumper Att. FSK-TX, 868 MHz FSK Receiver RX : 868 MHz Optical Systems 23

24 optical Nodes Versions ONH 12 xx BxF - xx - xx SDU 1/2 (single dwelling unit) Frequency range US-wavelength Laser operation, monitoring, RF-output level DS-wavelength Diplexer (MHz) 12: up to 1218 MHz 27: 1270 nm 29: 1290 nm 31: 1310 nm 33: 1330 nm 35: 1350 nm 37: 1370 nm 39: 1390 nm 41: 1410 nm 43: 1430 nm 45: 1450 nm 47: 1470 nm 49: 1490 nm 51: 1510 nm 53: 1530 nm 57: 1570 nm 59: 1590 nm 61: 1610 nm B: burst and continuous-mode 1: 99 µv _: 96 µv S: 80 µv F: FSK-monitoring prepared 15: 1550 nm 65: (5-65/85) 85: (5-85/105) 20: 5200 (5-204/258) Please use the following item numbers when ordering: Item No. Description ONH 1200 ONH 1237 BSF ONH 1239 BSF ONH 1241 BSF ONH 1243 BSF ONH 1245 BSF ONH 1247 BSF ONH 1249 BSF ONH 1251 BSF ONH 1253 BSF ONH 1257 BSF ONH 1259 BSF ONH 1261 BSF ONH 1261 BSF ONH 1261 BSF ONH 1261 BSF-15-65/FOSTRA ONH 1261 BSF-15-85/FOSTRA ONH 1261 BSF-15-20/FOSTRA ONH 1227 BF ONH 1229 BF Optical micro node 96 µv, MHz 1370 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1390 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1410 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1430 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1450 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1470 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1490 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1510 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1530 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1570 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1590 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1610 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1610 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1610 in US, in DS, 230 V~, MHz, Fostra-F prepared, 80 µv 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 80 µv 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 80 µv 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 80 µv 1270 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1290 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 24

25 Item No. Description ONH 1231 BF ONH 1233 BF ONH 1235 BF ONH 1237 BF ONH 1239 BF ONH 1241 BF ONH 1243 BF ONH 1245 BF ONH 1247 BF ONH 1249 BF ONH 1251 BF ONH 1253 BF ONH 1257 BF ONH 1259 BF ONH 1261 BF ONH 1261 BF ONH 1261 BF ONH 1261 BF-15-65/FOSTRA ONH 1261 BF-15-85/FOSTRA ONH 1261 BF-15-20/FOSTRA ONH 1227 B1F-15-65/FOSTRA ONH 1229 B1F-15-65/FOSTRA ONH 1231 B1F-15-65/FOSTRA ONH 1233 B1F-15-65/FOSTRA ONH 1235 B1F-15-65/FOSTRA ONH 1237 B1F-15-65/FOSTRA ONH 1239 B1F-15-65/FOSTRA ONH 1241 B1F-15-65/FOSTRA ONH 1243 B1F-15-65/FOSTRA ONH 1245 B1F-15-65/FOSTRA ONH 1247 B1F-15-65/FOSTRA ONH 1249 B1F-15-65/FOSTRA ONH 1251 B1F-15-65/FOSTRA ONH 1253 B1F-15-65/FOSTRA ONH 1257 B1F-15-65/FOSTRA ONH 1259 B1F-15-65/FOSTRA ONH 1261 B1F-15-65/FOSTRA ONH 1261 B1F-15-85/FOSTRA ONH 1261 B1F-15-20/FOSTRA ONHR 1237 BSF ONHR 1239 BSF ONHR 1241 BSF ONHR 1243 BSF ONHR 1245 BSF ONHR 1247 BSF ONHR 1249 BSF ONHR 1251 BSF ONHR 1253 BSF ONHR 1257 BSF ONHR 1259 BSF ONHR 1261 BSF in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1330 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1350 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1370 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1390 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1410 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1430 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1450 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1470 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1490 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1510 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1530 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1570 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1590 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1610 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1610 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1610 in US, in DS, 230 V~, MHz, Fostra-F prepared, 96µV 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 96µV 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 96µV 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 96µV 1270 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1290 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1310 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1330 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1350 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1370 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1390 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1410 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1430 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1450 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1470 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99µV 1490 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99 µv 1510 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99 µv 1530 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99 µv 1570 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99 µv 1590 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99 µv 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99 µv 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99 µv 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module, 99 µv 1370 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1390 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1410 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1430 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1450 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1470 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1490 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1510 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1530 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1570 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1590 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv 1610 in US, in DS, V~, MHz, Fostra-F prepared, 80 µv Optical Systems 25

26 optical Nodes Mini Fibre Node Mini Node for HFC and RFoG networks FTTH / FTTB- Applications ll One fibre design with integrated DWDM filter ll Constant output level over a wide range of optical input power ll OLC-function based on optical input power ll Low-noise CWDM DFB-Laser with Burst and CW-Mode (SCTE compliant) ll Testpoint and monitoring LED for optical input power ll Upstream with Diplexer RLK565-1/585-1 selectable ll RF-testpoints for Upstream and Downstream ll Remote controllable in DS & US due to FOSTRA-F receiver module ll Optional remote power ll Available with GPON-Bypass ONB 1200 ONB 12xx B1F-X Description Optical Mini receiver MHz 110 µv RF-output level DS: 1550nm / 1310nm US: CWDM MHz 110 µv RF-output level ONB 12xx B1F 26

27 Applications Compact die-cast housing Weight kg Fiber connectors RF connectors Mains feeding V~/W Operating temperature C Adjustment elements Internal WDM (Tx / Rx) Optical wavelength nm Optical input power m Frequency range MHz Frequency response Monitoring Upstream Downstream Optical level control (OLC) m RF output level µv C/N c RF level attenuator RF slope Test point RF output Monitoring optical input m DFB Laser / optical power m Laser operation RF input dynamic range µv Frequency range MHz OMI per Channel RF input level attenuator Monitoring opt. output HEC Controller FOSTRA F Control module ONB 12xx B1F HFC, FTTC, DOCSIS-PON, RFoG 200 x 90 x 55 / IP 50, In-door 0.9 SC/APC, 2 pcs (without internal WDM), 1 pcs (with internal WDM) F-female 230 / Free convection pad and jumper DS / US (modular) ± 0.75, max. ± (RF-output level ± 1 ) m, OMI = 3.5% (CTB,CSO > 60 c, 41Ch. flat,pal, 54 Ch.QAM) -3 m, OMI 4% (PAD) (PAD, 1 steps) -20 (F-female, external) Green LED on: input , flashing when > Burst Mode, Laser Delay-Time < 1 µsec ( Laser 67 µv) µv (PAD, 1 steps), 0 / 10 Jumper Attn. Green LED on: output power available FSK-TX, 868 MHz FSK Receiver RX : 868 MHz Optical Systems 27

28 optical Nodes versions ONB R 12 xx BF - xx - x - xx MDU 1/2 (multiple dwelling unit) Powering (V~) -: local powering 230 V~ Frequency range (MHz) USwavelength Laser operation, monitoring DSwavelength Number of Fibres 1: one fiber for US and DS Diplexer (MHz) 65: rlk (5-65/85) R: remote powering V~ 12: up to 1218 MHz 27: 1270 nm 29: 1290 nm 31: 1310 nm B: burst mode and continuous mode 33: 1330 nm 35: 1350 nm F: FSK-monitoring 37: 1370 nm 1: RF-output level 110 μv 39: 1390 nm 41: 1410 nm 43: 1430 nm 45: 1450 nm 47: 1470 nm 49: 1490 nm 51: 1510 nm 53: 1530 nm 55: 1550 nm 57: 1570 nm 59: 1590 nm 61: 1610 nm 15: 1550 nm 85: rlk (5-85/105) 20: rlk 5200 (5-204/ 258) Please use the following item numbers when ordering: Item No. Description ONB 1200 ONB 1227 B1F ONB 1229 B1F ONB 1231 B1F ONB 1233 B1F ONB 1235 B1F ONB 1237 B1F ONB 1239 B1F ONB 1241 B1F ONB 1243 B1F ONB 1245 B1F ONB 1247 B1F ONB 1249 B1F ONB 1251 B1F ONB 1253 B1F ONB 1257 B1F ONB 1259 B1F ONB 1261 B1F ONB 1261 B1F ONB 1261 B1F ONB 1261 B1F-15-65/FOSTRA ONB 1261 B1F-15-85/FOSTRA ONB 1261 B1F-15-20/FOSTRA Optical Mini-Node nm, MHz, m 1270 in US, in DS, 230 V~, MHz, Fostra-F prepared 1290 in US, in DS, 230 V~, MHz, Fostra-F prepared 1310 in US, in DS, 230 V~, MHz, Fostra-F prepared 1330 in US, in DS, 230 V~, MHz, Fostra-F prepared 1350 in US, in DS, 230 V~, MHz, Fostra-F prepared 1370 in US, in DS, 230 V~, MHz, Fostra-F prepared 1390 in US, in DS, 230 V~, MHz, Fostra-F prepared 1410 in US, in DS, 230 V~, MHz, Fostra-F prepared 1430 in US, in DS, 230 V~, MHz, Fostra-F prepared 1450 in US, in DS, 230 V~, MHz, Fostra-F prepared 1470 in US, in DS, 230 V~, MHz, Fostra-F prepared 1490 in US, in DS, 230 V~, MHz, Fostra-F prepared 1510 in US, in DS, 230 V~, MHz, Fostra-F prepared 1530 in US, in DS, 230 V~, MHz, Fostra-F prepared 1570 in US, in DS, 230 V~, MHz, Fostra-F prepared 1590 in US, in DS, 230 V~, MHz, Fostra-F prepared 1610 in US, in DS, 230 V~, MHz, Fostra-F prepared 1610 in US, in DS, 230 V~, MHz, Fostra-F prepared 1610 in US, in DS, 230 V~, MHz, Fostra-F prepared 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module 1610 in US, in DS, 230 V~, MHz, incl. Fostra-F module 28

29 MEDIUM Fibre Node FoR HFC / FTTx A Fibre Node for the modernisation of HFC-networks. Especially suitable for FFTLA in 1.2 GHz HFC-networks and reduction of the coaxial cluster. ll Compact optical receiver with modular return way ll High RF output level and dynamic range, 2 outputs ll Low noise impedance receiver ll Low noise DFB- laser in burst or CW mode operation ll Optical level control (OLC) based on optical input power ll 7-Segment display for various monitoring options and easy control ll Optional remote power ll Iinternal fibre splice management ll Return way transmitter available in CWDM-grid ( nm) ONC 1200 ONCR 1200 ONCR 12xx F ONCR 12xx BFD Description optical receiver MHz 114 µv RF-output level optical receiver MHz 114 µv RF-output level DS: selectable US: CWDM MHz 114 µv RF-output level DS: selectable US: CWDM MHz 114 µv RF-output level controllable Optical Systems 29

30 optical Nodes Applications Compact die-cast housing mm Fibre connectors (internal) Connectors Mains feeding V~/W Remote feeding V~ Operating temperature C OLC m Adjustment elements Return laser module RF outputs Optical wavelength nm Optical input power m RF return loss Upstream Downstream Frequency range MHz Frequency response RF output power µv Gain limited output level µv C/N c RF slope RF level adjustment RF test point Monitoring optical input m Optical input power Laser wavelength nm Optical Power m Optical return loss Frequency range MHz RF input level (CWDM) µv RF input level attenuator RF test point ONC(R) 1200, ONCR 12xx F, ONCR 12xx BFD HFC, FTTC/FTTLA 225 x 195 x 95 / IP 65, out-door SC/APC (internal fibre slice management) PG 11-RF output, PG 13.5 (opt. fibre feed-through) / / VAC, 10 A (RF ouput ±1) 0 15 (electronically adjustable in 1 steps, 7-segm.display+micro) various available (3,6m DFB) 1 od. 2 (with 2-way splitter or tab module 10 od. 20 ) /Okt. ( MHz) 20-2/Okt. ( MHz) 20-3/Okt. ( MHz) min 1218 MHz MHz ± 0.7 max. ±1 114 CENELEC, flat, CTB/CSO > m, OMI 4% 0 15 (electronically adjustable in 1 steps) 0 15 (electronically adjustable in 1 steps) -20 (internal) green LED on: input , flashing when > +2 7-segment display, power meter function /85/204 (Diplexer RLK / / 5200) 65, OMI 0 attn 0 15 (electronically adjustable in 1 steps) -20 (internal) 30

31 versions ONC R 12 xx BFD - xx - x - xx Powering (V~) Frequency range (MHz) USwavelength Laser operation, monitoring DSwavelength Number of Fibres Diplexer (MHz) -: local powering 230 V~ R: remote powering V~ 12: up to 1218 MHz 27: 1270 nm 29: 1290 nm 31: 1310 nm B: burst mode and continuous mode 33: 1330 nm 35: 1350 nm F: FSK-monitoring 37: 1370 nm D: Docsis 39: 1390 nm 41: 1410 nm 43: 1430 nm 45: 1450 nm 47: 1470 nm 49: 1490 nm 51: 1510 nm 53: 1530 nm 55: 1550 nm 57: 1570 nm 59: 1590 nm 61: 1610 nm 15: 1550 nm 10: nm 1: one fiber for US and DS 2: one fiber for US and one fiber for DS 65: rlk (5-65/85) 85: rlk (5-85/105) 20: rlk 5200 (5-204/ 258) Optical Systems 31

32 optical Nodes Please use the following item numbers when ordering: Item No. Description ONC 1200 ONC 1231 F ONC 1231 F ONC 1261 F ONC 1261 F ONC 1261 F ONCR 1200 ONCR 1227 F ONCR 1229 F ONCR 1231 F ONCR 1233 F ONCR 1235 F ONCR 1237 F ONCR 1239 F ONCR 1241 F ONCR 1243 F ONCR 1245 F ONCR 1247 F ONCR 1249 F ONCR 1251 F ONCR 1253 F ONCR 1257 F ONCR 1259 F ONCR 1261 F ONCR 1241 F ONCR 1243 F ONCR 1245 F ONCR 1247 F ONCR 1249 F ONCR 1251 F ONCR 1253 F ONCR 1255 F ONCR 1257 F ONCR 1259 F ONCR 1261 F ONCR 1231 F ONCR 1261 F ONCR 1261 F ONCR 1261 F Optical compact receiver, MHz, 230 V~ 1310 in US, in DS, 230 V~, MHz, 1 fibre, Fostra-F prepared 1310 in US, in DS, 230 V~, MHz, 2 fibres, Fostra-F prepared 1610 in US, in DS, 230 V~, MHz, 2 fibres, Fostra-F prepared 1610 in US, in DS, 230 V~, MHz, 2 fibres, Fostra-F prepared 1610 in US, in DS, 230 V~, MHz, 2 fibres, Fostra-F prepared Optical compact receiver, MHz, V~ 1270 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1290 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1310 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1330 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1350 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1370 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1390 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1410 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1430 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1450 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1470 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1490 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1510 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1530 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1570 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1590 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1610 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1410 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1430 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1450 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1470 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1490 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1510 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1530 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1550 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1570 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1590 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1610 in US, in DS, V~, MHz, 1 fibre, Fostra-F prepared 1310 in US, in DS, V~, MHz, 2 fibres, Fostra-F prepared 1610 in US, in DS, V~, MHz, 2 fibres, Fostra-F prepared 1610 in US, in DS, V~, MHz, 2 fibres, Fostra-F prepared 1610 in US, in DS, V~, MHz, 2 fibres, Fostra-F prepared 32

33 Optical compact headend Basic unit with 2 pluggable moduls Pluggable modules Modul 1 Modul 2 Description Transmitter Tx module Optical transmitter, MHz Description Receiver Rx module Optical receiver, MHz Optical Compact Headend ll Ccompact Optical Headend with 2 pluggable modules ll Bandwidth MHz ll Rready for analogue PAL TV channels, SAT QPSK distribution and QAM channels ll RF Input level attentuator 0-15 (Indication and Setting on LED display, 1 steps) ll Monitoring optical output: Green LED (output power available) ll Fibre connectors: SC/APC, ll RF connectors F female ll LNB Power supply 12.8 V / max. 500 ma ll Compact die-cast housing 225 x 190 x 86 mm ll Operating voltage VDC ll Weight 2 kg Optical Systems Possible combinations OCH 25 - xx - xx - x OCH OCH OCH Item No. Frequency range Transmitter Tx module Receiver Rx module wavelength 1310 nm wavelength 1330 nm wavelength nm MHz W W MHz MHz W W W W 33

34 BK and SAT networks modernization Optical BK / SAT-iF transmitter Module 1 ll Optical compact transmitter for RF and IF over fibre ll High linearity, DFB Laser with internal optical isolator ll Low distortion wavelengths: 1310, 1330 nm ll 9 m optcial output power Applications Operation wavelength (λ) nm Optical output power m Laser class RF bandwidth mhz Frequency flatness RF input level PAL µv Maximum input Level µv Laser type RF return loss Optical return loss Optical Link SAT-IF Optical budget in combination with OR 25 Power consumption W Operating temperature C Tx Module CATV and SAT over fibre 1310, (Indication on LED display) 1M, DIN EN (2008) ± 1.5 ( MHz) 70 85, ATT = 0 OMI 4% 90 un-cooled DFB > 14, up to 2200 MHz > VAC

35 Optical BK / SAT-IF Receiver Module 2 ll Optical compact receiver for RF and IF over fibre ll Electronic control of RF output level attenuation for each module on the LED display ll Monitoring LEDs Optical Systems Applications Operation wavelength (λ) nm Optical input power m RF bandwidth mhz Frequency flatness RF output level µv RF return loss Optical return loss Optical input power (digital) m Operating temperature C Rx Module CATV and SAT over fibre (+2 m, absolute Max.) ± 0.5 ( MHz) , OMI 12% > 14, up to 2200 MHz > (Indication on LED display)

36 Optical repeater Optical repeater - multiple inputs single output O-MISO O-MISO , , and is a DOCSIS 3.1 ready active optical repeater for signal splitting and signal processing for FTTx-Networks. O-MISO x x Split factor US-wavelength Number of Fibres 4; 8; 16 or 32 61: 1610 nm 59: 1590 nm 1: one fibre for DS and US 2: one fibre each for DS/US -: FOSTRA-F Monitoring prepared FOSTRA: FOSTRA F integrated Item No. Description O-MISO O-MISO O-MISO O-MISO O-MISO O-MISO O-MISO 16-RX-2 O-MISO H Optical Upstream Repeater 4 x Inputs, 1 x Output Optical Upstream Repeater 8 x Inputs, 1x Output Optical Upstream Repeater 16 x Inputs, 1x Output Optical Upstream Repeater 32 x Inputs, 1x Output Optical Upstream Repeater 8 x Inputs, 2 fibre system, 1590 nm Optical Upstream Repeater 8 x Inputs, 2 fibre system, 1610 nm Optical Upstream Repeater 16 x Inputs, 1 x RF Output 2 x DS Optical Upstream Repeater 32 x Inputs, 2 x in DS, 1 x Out DS, high gain Operating Voltage Power consumption O-MISO 4x O-MISO 8x O-MISO 16x O-MISO 32x Length of Power Cable Mains Plug Protection Class Operating Voltage, internal Indication Power ON Operating Temperature IP Class Dimensions W x H x D Weight Fiber Connector RF Connectors Conformity V AC W m V DC C mm kg min. typ. max. Remarks Switched mode PSU EURO II 9 19 case (1RU) LED green IP x 260 x SC/APC F-female 36

37 Optical repeater - multiple inputs single output Technical Data - downstream Downstream ll Transparent for 1550 nm DS signals ll Prepared for XFP EDFA-module 17 m optical output power ll Redundant fiber concept possible with optical MEMS-switch ll Separate xpon output / xpon with RF overlay application Downstream transparent min. typ. max. Remarks Optical Wavelength nm Integrated WDM filter 1550 nm /CWDM Yes others on request Attenuation O-MISO 4x O-MISO 8x O-MISO 16x O-MISO 32x Optical Input Power Optical Input Return Loss DS with FOSTRA-F Optical Receiver Diode Decoupling Attenuation m 45 PIN Optical Systems with EDFA Optical Input Power Range Optical Output Power (total) Power consumption m m W Laser Class 1M with optical MEMS-Switch Optical wavelength Insertion Loss Switching Time nm ms

38 Optical repeater optical outdoor repeater Housing IP 65 plus MDR Compact die-cast housing ll Safety class IP65 ll Designed for outdoor applications ll Size 260 x 215 x 120 mm Multi Diode Receiver (MDR) ll New design of fiber management box ll Pluggable into IP65 housing ll Avoids OBI totally ll Increase of CNR ll Up to 16 optical ports ll Size 145 x 100 x 55 mm General features ll 2,4,8, or 16 optical entry ports ll High gain or standard gain version ll High gain version enables connection of up to 64 nodes/apartments ll Downstream: XFP EDFA module with 15/17 m optional ll Upstream: pluggable MDR avoids optical interferences (OBI) totally ll Increase of CNR ll Local user interface Outdoor Repeater Smart solution for different applications Description Outdoor O-MISO ll Active optical repeater for signal splitting and processing in optical - optical networks ll Pluggable optical US Tx module Description Outdoor O-MISO RF / Inverted node ll Active electro-optical repeater for signal splitting and processing in electro - optical networks ll Pluggable optical DS Tx module ll Pluggable RF diplexer ll Upgrade towards Outdoor O-MISO possible, no new device or technique required 38

39 optical Outdoor o-miso electrical and general data Operating Voltage by remote feeding Power consumption O-MISO 4x O-MISO 8x O-MISO 16x Protection Class Operating voltage, internal Indication Power ON Operating temperature IP Klasse Dimensions B x H x T Weight Fiber Connector RF Connectors Conformity V ~ W V DC C mm kg min. typ. max. Remarks V on request Without EDFA -20 4,5 5 6,3 II 9 LED, green +55 direct feeding NVD housing IP x 215 x 120 3,5 LC/APC F-female technical Data - downstream and upstream Optical Systems Downstream transparent min. typ. max. Remarks Optical wavelength nm 1530 Integrated WDM Filter 1550 nm/cwdm Yes Attentuation O-MISO 4x O-MISO 8x O-MISO 16x 8,0 11,0 14,0 Optical Input Power Optical Input Return loss DS m 45 Optical Receiver Diode Decoupling Attentuation PIN 0,3 with FOSTRA-F 1560 Standard λ DS 1570 Extended λ DS 8,5 11,5 14,5 22 0,5 with EDFA Optical Input Power Range # Optical Output Power (total) Power consumption m m W , ,0 39

40 Optical repeater Upstream active combiner Optical Receiver Diode Optical Input Wavelength nm min. typ. max. Remarks PIN Standard without λ Input Optical Input Power m Extended without λ adjustable Optical Input Return Loss US 45 Optical Transmitter Diode DFB Laser Class 1 Output Transmission Characteristic Optical Output Wavelength Optical Output Power Laser turn-on time Frequency range Flatness (at one input) Level Drift between Inputs Testpoint for OMI control Optical input dynamic range, adjustable with Micro-Controller nm m nsec MHz µv CW - ±0,5 ±0, ±0,75 ±1, CWDM λ available continuous mode for DOCSIS µV 6% OMI 82µV 15% OMI O-MISO (version 1-8) 40

41 optical OUTdoor o-miso rf / Inverted Node electrical and general data Typ Operating voltage Power consumption Length of Power Cable Mains plug Protection class Operating voltage, internal Indication Power ON Operating temperature IP Class Dimensions B x H x T Weight Fiber connector RF connector Conformity V ~ W m V DC C mm kg min. typ. max. Remarks remote feeding 230 V on request 10 10,5 1,3 1,5 Euro II direct feeding 9 LED, green IP x 215 x 120 NVD housing 3,5 LC/APC F-female (PG 11 in housing) technical Data - downstream and upstream Optical Systems Downstream Value Remarks RF Bandwidth MHz RF Attentuator 10 RF Input Level µv RF Flatness +/- 1,5 HF Features Cablesimulator Return loss CSO/CTB >18 >60 Link Noise Figure <20 RF Input Connection Standard F-Connector, 75 Ω RF Test point available for each Tx module Optical Wavelength nm 1550 of modulation direct Optical Features Optical Output Power, only Tx Attentuator DS passive splitter m max. max. 9 3,6 7,2 4 m integrated 1-8 max. 10, max. 13,8 with EDFA Optical Input Power Range Optical Output Power Power consumption m W ,0 2,5 depends on EDFA module 41

42 Optical repeater Upstream min. typ. max. Remarks Optical Input wavelength without λ MDR with standard Optical Input Power Standard gain Optical Input Return loss US nm m or extended filter high gain m Optical Receiver Diode type PIN Frequency range depends on plugged MHz diplexer Flatness ±0,5 Test Point -20 TP for calibration RF output level µv adjustable; 0,5 steps FOSTRA and Monitoring with DOCSIS Modem 3.1 optionally O-MISO RF (version 1-16) 42

43 Optical PLC Splitter nm ll Wide operation wavelength nm ll Good uniformity and low insertion loss ll Low polarization dependent loss ll 1 x 2, 1 x 4, 1 x 8, 1 x 16, 1 x 32 and 1 x 64 type splitters with SC/APC connectors (optional LC/APC) in 19 1U chassis OCP 1-02 SC OCP 1-04 SC OCP 1-08 SC OCP 1-16 SC OCP 1-32 SC OCP 1-64 SC Item No. Description Optical PLC Splitter nm, 1 Input, 2 Outputs, SC/APC, 19 RU Optical PLC Splitter nm, 1 Input, 4 Outputs, SC/APC, 19 RU Optical PLC Splitter nm, 1 Input, 8 Outputs, SC/APC, 19 RU Optical PLC Splitter nm, 1 Input, 16 Outputs SC/APC, 19 1RU Optical PLC Splitter nm, 1 Input, 32 Outputs, SC/APC, 19 1RU Optical PLC Splitter nm, 1 Input, 64 Outputs, SC/APC, 19 1RU Operation wavelength (λ) nm Insertion loss 1 x 2 Splitter 1 x 4 Splitter 1 x 8 Splitter 1 x 16 Splitter 1 x 32 Splitter 1 x 64 Splitter Polarization dependent loss Uniformity 1 x 2 Splitter 1 x 4 Splitter 1 x 8 Splitter 1 x 16 Splitter 1 x 32 Splitter 1 x 64 Splitter Return loss Optical fibre connector Fibre type Operating temperature C Storage temperature C Max. input power Dimensions m mm OCP 1-xx SC < 0.3 < 0.6 < 0.8 < 1.0 < 1.5 < 2 < SC/APC SMF-28e -40 ~ ~ x 225 x 44 (19 1RU) Optical Systems 43

44 Accessoires Optical Wavelength Division Multiplexer Optical wavelength- division multiplexer multiple optical carrier signals on a single optical fibre by using different wavelengths to carry different signals. ll CWDM- channels available ll Low insertion Loss ll Wide pass band ll High channel isolation ll High Stability and Reliability ll Compatible with any FTTX PON technology Item No. Description OWDM 1-02 SC RFoG Opt. WDM, / DS DS: SC/APC mini tube OWDM 1-02 SC RFoG E Opt. WDM, / DS DS: SC/APC mini tube ODWDM MUX 1-8 ODWDM DEMUX 1-8 ODWDM MUX 1-4 ODWDM DEMUX 1-4 Item No. Optical DWDM MUX/DEMUX C Band: (1528, ,86) L Band: (1569, ,03) DWDM multiplexer 8 ITU-channels ITU 21, 22, 24, 26, 28, 33, 36, 39 on request DWDM de-multiplexer 8 ITU-channels ITU 21, 22, 24, 26, 28, 33, 36, 39 on request DWDM multiplexer 4 ITU-channels ITU 44, 48, 52, 54 on request DWDM de-multiplexer 4 ITU-channels ITU 44, 48, 52, 54 on request Operation wavelength (λ) Center Wavelength Channel Spacing nm nm nm Insertion Loss 1 x 2 1 x 3 1 x 4 1 x 8 1 x 16 Channel ripple Isolation Return Loss Max. input power m Operating temperature C Storage temperature C Dimensions (W x D x H) mm OWDM 1-xx SC , CWDM- channels (ITU-T G.694.2) ± (CWDM- Network) < 0.7 < 1.4 < 1.5 < 3.0 < ~ ~ x 225 x 44 or Mini Tube ODWDM (DE)MUX 1-x C-band / L-band ± 0.03 ITU ± 0.11 < 1,4 - < 2.0 < 3.0 max adjacent 25; non-adjacent ~ ~ x 80 x 12 or 1 RU 44

45 OptoPad - optical measuring device ll Identification of the signal quality with the OMI App ll Applicable everywhere where CATV signals are transferred over fiberglass ll Simple application without further measuring devices ll Optical and USB interface available ll Level adjustment manually or automatically ll Recommendation of optimal OMI value ll Portable ll Item No Technical data Optopad Remarks Opt. input wavelength (λ) Optical input power Frequency range Number of HF carriers OMI measuring range Operating temperature Fibre optic connection Battery life USB-interface Fibre optic connection Dimensions Storage temperature nm m MHz 1 2 C hrs. mm C min. -4 m max. 17 m digital, 100 analogue 1 carrier 13%-50% 100 carriers 1.5%-5% 1 carrier 5%-50% 100 carriers 0.1%-5% 0 50 SC/APC 2 SC/APC 116 x 72 x Patch cords for other connections Optical Systems 45

46 Accessoires Optical Fibre Patch Cord ll Excellent mechanical endurance and low insertion loss ll Standard exact plastic material, good exchangeability ll Cable diameter: Ø 3mm ll Single mode cable type SC, FC, LC, E2000/APC ll fttx, Optical fibre CATV and test equipments Item No. Description OMPC 015 SC-LC SC/APC - LC/APC, 1.5 meters OMPC 02 E2-FC E2000/APC - FC/APC, 2 meters OMPC 02 E2-SC E2000/APC - SC/APC, 2 meters OMPC 02 SC-FC SC/APC - FC/APC, 2 meters OMPC 02 SC-SC SC/APC - SC/APC, 2 meters OMPC 02 FC-FC OMPC 02 SC-LC OMPC 02 OMPC LC-LC02 SC-LC OMPC 025 SC-LC Item No. Description FC/PC - FC/PC, 2 meters LC/APC - SC/APC, 2 meters LC/APC - LC/APC, 2 meters SC/APC - LC/APC, 2.5 meters OMPC 05 SC-LC SC/APC - LC/APC, 5 meters Item No. Description OMPC 05 SC-SC SC/APC - SC/APC, 5 meters OMPC 10 SC-LC SC/APC - LC/APC, 10 meters OMPC 15 SC-LC SC/APC - LC/APC, 15 meters OMPC 20 SC-LC SC/APC - LC/APC, 20 meters Insertion loss Return loss Mode-Operation Operating temperature C Storage temperature C Length m OMPC 02 xx-yy < Single Mode, 9 / 125 µm 8 APC up to 20 46

47 Optical Attenuator Fibre optical attenuator reduces optical signal in fixed attenuation values ll Llow insertion loss ll High stability ll Cconnector type attenuator SC, FC/APC ll Use in optical fibre networks and test equipments OATN 01 SC OATN 03 SC OATN 06 SC OATN 10 SC Item No. Description Optical attenuator, -1, SC/APC Optical attenuator, -3, SC/APC Optical attenuator, -6, SC/APC Optical attenuator, -10, SC/APC Attenuation value Operation wavelength (λ) nm Return loss Max. optical input power m Fiber type Operation temperature C Storage temperature C OATN xx-yy 1.2, 10 ± 0.5 (Others on request) APC 55 PC 26.5 SC, FC/APC Optical Systems Power inserter Power Insterter for Subscriber Amplifiers Item No. Frequency range Insertion loss Return loss IN minimum Return loss OUT minimum Operating voltage Dimensions Weight MHz VDC mm g PI - Power Inserter x 534 x

48 Accessoires OTB FTTh cover The DELTA Fiber Termination Box (OTB) combines the node plate,the base plate with the fiber management unit and the protectional cover for the optical node in one enclosure. The inner construction is designed to enable an easy mounting of optical fibres and optical nodes. For a more appealing look, the cable routings are hidden, so that the box can be installed in various places. Features ll Optimized protection of fibres and splices ll Excellent ventilation of the installed node ll Modern and appealing design ll Up to three optical connection possibilities ll Customer specific labelling possible ll Dimensions: 220 x 205 x 80 mm ll Article No Cover 3-level design Node plate Base plate 48

49 Notes Optical Systems 49

50 50 Notes

51 Notes Optical Systems 51

52 A 81 A 98 Stockach B 313 B 31 Stockach Ost E 54 Kreuz Hegau B 34 Bodman A 81 B 33 Singen (Hohentwiel) Radolfzell Bodensee Germany DCT DELTA GmbH Bodanrückstraße 1 D Bodman Tel Fax info@dct-delta.de Switzerland DELTA Swiss AG Industriezone Schächenwald CH-6460 Altdorf Tel Fax info@delta-swiss.ch Art Ed